Dry re-forming of methane has been carried out in a high temperature-pressure reactor at different pressures, using … the effects of the temperature and the flow of reactant gas on dry re-forming of methane are consistent with between high …

Dry re-forming of methane has been carried out in a high temperature-pressure reactor at different pressures, using … the effects of the temperature and the flow of reactant gas on dry re-forming of methane are consistent with between high …

reforming of methane. Bimetallic (Ni−Pt, Ni−Rh, Ni−Ce, Ni−Mo, Ni−Co) and monometallic (Ni) catalysts are preferred for dry … (Mg) and yttrium (Y) were significant for dry reforming of methane. MgO, CeO2 and La2O3 promoters for metal catalysts … information with enhanced safety, higher pressure applications and dry reforming reaction with/without catalyst under sunlight …

CO2 addition into the influent has a slight effect on methane combustion, but significantly enhances dry reforming and … suppresses steam reforming. The reaction extents of steam reforming and dry reforming in CPOM without heat recovery and CO2 … addition are in a comparable state. Once CO2 is added into the feed gas, the dry reforming is enhanced, thereby dominating CH4 …

) whilst the unpromoted catalyst measured 12.8 nm. Subsequently, glycerol dry reforming was performed at atmospheric pressure …

the processes of steam reforming (SR), autothermal reforming (‘ATR’), catalytic partial oxidation (‘CPO’), and dry … reforming (‘DR’) is reviewed in this paper. Along with preparation methods, the effects of operating conditions like molar steam …

methane reforming) and DRM (dry reforming of methane). The ideal SMR + DRM process ensures the maximum product yield, the heat …

equilibrium models were built for four types of reforming, including dry reforming, bi-reforming, auto-thermal reforming, and tri …-reforming. Only dry reforming was experimentally tested. The feasibility of this novel technology was proven by simulated and …